Compact CO2 Laser Marker LP-GS SERIES

Marking on circuit boards with various thickness
Previously the head height had to be adjusted each time the circuit board thickness was changed. LP-GS series have integrated Z-axis control mechanism which allow adjustment of the work distance based on circuit board thickness.The mechanism both eliminates man-hours to change setup and maintains marking quality stability.

[Example of height control via Z-axis control]

Laser Marker NAVI smart

Using the software, characters, logo marks, and 2D code can be set and arranged on a PC or tablet. The screen layout can be customized to suit each work environment. The screen can be switched according to the purpose of use, such as for parameter setting or for workers.

【Smart condition setting function】
The one-touch function is packed with our extensive know-how of laser marking parameters such as laser power, scan speed　and pulse oscillation frequency. The user can select a desired marking result from 6 types of material and image.

[Link with an image processing device]

<Position adjustment marking>
The Laser Marker is equipped with a new function that provides direct control of an image processing device (IPD). Now the Laser Marker itself can trigger the IPD to send the workpiece position (coordinate data). As there is no need for a PLC and programming, the amount of man-hours is reduced.

<Read and collate marking data>
A new function has been added which enables to control a sequence of operations from marking to reading the code. The reader (IPD) reads codes marked by the Laser Marker and collates them with the original data to check whether the code is correctly marked.
This helps to prevent mixup of incorrectly marked products.
The reader (image processing device) reads code marked by the Laser Marker and the Laser Marker collate it with the original data to check whether the code is correctly marked, in order to prevent mixup of incorrectly marked products.

Connect the laser marker and code reader directly and read data, such as production instruction, etc. Based on this information, the Laser marker can execute various operations configured beforehand, e.g. change the marking data. Laser Marker controled by code data prevents input error by operator.